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Wide range computational fluid dynamics (CFD) data of a medium sized automotive turbine have been used to analyze tip leakage mass flow under extremely diverse running conditions.
With this approach CFD data have been fitted in a very good quality to model the tip leakage mass flow rate and tip leakage losses.
Compared with the flat tip, tip leakage mass flow rate drops by up to 26.7%, and total pressure loss coefficient is reduced by about 4.6%.
Tip leakage mass flow rate and total pressure loss coefficient at the cascade exit are used to evaluate the aerodynamic performance of the tip design.
The compressor performance in terms of refrigerant flow rate, leakage mass flow, friction loss, compressor torque and valve performance are discussed and shown.
In this study, we propose an unsteady analytical model to calculate the gas leakage mass flow rate by considering an oscillating flow in the annular clearance and to evaluate the power lost in both locations.
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In lattice Boltzmann (LB) simulations, the widely used wall boundary conditions (BCs) proposed by Filipova and Hänel (FH) and Mei, Luo and Shyy (MLS) result in constant mass leakage in certain circumstances.
We have shown through several benchmark test problems involving steady and unsteady flows that our new BC not only eliminates the constant mass leakage, but also has many other advantages over the FH and MLS BCs.
The reasons for the arising differences lie in the fact that the local instantaneous piston velocity determines the roll-up vortex structure, strength and turbulence dissipation in it, heat transfer in test-section walls, and mass leakage through piston rings.
This work presents first-principles quantitative correlations describing liposomes' in vivo drug leakage and vascular mass transfer kinetics.
This work presents generally valid quantitative models describing liposomes' high-throughput production and predicting liposomes' in vivo drug leakage and vascular mass transfer kinetics for many liposome compositions.
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